"insulation"

Cardiff City Football Club has expanded into the new east Stand extension at Cardiff City Stadium. The expansion added a further 5000 seats to the stadium’s capacity followed by the addition of another 2,500 to 3,000 seats at each of the ends, raising capacity to a total of 38,000 seats, it also includes new corporate hospitality facilities. The stand is said to include plans for a concourse area on either side with a plush corporate area and catering facilities incorporated in the centre.Cellecta’s HEXATHERM XFLOOR 500 has been specified by Arup due to its high compressive strength insulation boards that were used under a concrete slab to comply with part L Building regulations.Lang O'Rourke was awarded this 350m² contract to construct this expansion.

One of the largest self-supporting display greenhouses in the world Following the renovation of the Grand Pavilion (das Große Tropenhaus, first built in 1906) at Berlin’s Botanical Garden, daylight enters through hundreds of small, heat-insulating yet highly light-permeable glass panes onto one of the world’s most significant collections of rare and endangered tropical plants. The inner panels used in the double-glazing for the overhead sections of the pavilion are made of laminated safety glass using stiff and strong SentryGlas® ionoplast interlayers. For the first time in Germany – following its “special approval” – a special “UV-transmissible” grade of SentryGlas® is used for this application, thereby sustaining the active growth of the plants and safeguarding their preservation

Location: Finchley, LondonSpecwall was used on the internal leaf of the cavity walls, with a brick tie system fixed directly to the panels, cavity insulation and brick outer leaf, as well as being used to accommodate the difficult curved façades. The installation of the internal walls at Beechwood Avenue needed to begin before the development was made watertight, necessitating a product like Specwall which can be used in all weather conditions. This enabled the required programme savings on the development which allowed it to proceed on schedule.Additionally, the site was constricted and external access was not available, requiring a wall system that could be built from the inside. Specwall satisfied this condition, and furthermore, the installation provided protection for the rest of the internal works to progress before the external masonry followed at a later date.

The proprietors of this domestic property in Harrogate added a large extension with a total roof area of 150m2. The client wanted the new roof sections to complement the slate work and aesthetics of the original building whilst adding a contemporary and stylish look to the extension.Originally considering a zinc sheeted roofing system, the client explored alternative materials that could achieve the same visual impact but at lower cost. After discussions with Cure Roofing Ltd, a Polyroof simulated metal finish was proposed as a roofing solution that would meet all the client’s requirements.Not only do Polyroof’s range of liquids offer cost savings over traditional metals, but they are also lighter in weight, totally seamless and can be pigmented to any RAL colour. Having no scrap value, the client also had the added peace of mind that the roof would not be a target for theft.A timber warm roof was constructed which incorporated 120mm PIR insulation to achieve a U-Value of 0.18 W/m2K in compliance with building regulations. An OSB3 TG4 deck was fitted above the insulation and Polyroof pre-formed GRP standing seam trims were fixed at 600mm centres into the deck. Next, the first coat of the Protec waterproofing system was applied over the whole roof area and encapsulating the standing seam trims. The roof was finished with a second coat of Protec pigmented to RAL 7016 providing an anthracite grey colour to the whole roof, accurately simulating the appearance of zinc roof sheets.The workmanship by Polyroof approved contractor Cure Roofing was second to none and the quality of the finish left the client delighted with their new roof. With BBA approval, top-rated fire performance and Polyroof’s trusted 20 Year Accredited System Guarantee, the client has total peace of mind that their new extension could not be better protected for decades to come.

For the redevelopment of a former builder’s yard in Greenwich into a new build block of live-work units and residential flats, the developers were looking for a roof system which would offer long term waterproofing integrity, exceptional green credentials and enhanced aesthetics. The proposed green roof system would also reduce water run-off, create a wildlife habitat and help towards securing Code for Sustainable Homes Level 4.With a waterproofing system required to protect the concrete deck above the flats, a selection of cold-applied products were provided by Proteus Waterproofing that met the client’s requirements. The specialist contractor worked with Proteus Waterproofing on a specification which included the Cold Melt® inverted waterproofing system, Proteus Pro-Therm XPS and finished with a Proteus Pro-Living® green roof.Fast, hassle-free application The 500m2 Cold Melt® insulated Pro-Living® roof system was selected by the client and contractor for its ease of installation, cold application and all-round green credentials. After the pre-cast concrete roofing panels were craned into position, the joints were made good ready to accept the Cold Melt® inverted roofing waterproofing system. The inverted roof system incorporated Cold Melt® and Proteus Pro Therm XPS 150mm insulation. A Proteus Low-K Membrane was then applied prior to the application of the Pro-Living® green roof to complete the system build-up.Quality control Proteus Waterproofing worked in close partnership with the Contractor to successfully deliver the project to a very high standard within the required timeframe.Long term performance Incorporating recycled rubber-crumb and other organically grown products, Cold Melt® creates an elastomeric, seamless, cold-applied membrane and can outlast the lifetime of the substrate on which it is installed.

The Proteus Waterproofing roof survey carried out found the existing flat roof system to be saturated. The existing roof build-up needed to be stripped back to the roof deck, with the main challenge of the roof refurbishment being the low up-stand heights available to the penthouses.The project required a flat roof system manufacturer involved at the initial roof survey and specification design stage, followed by the manufacturers technical back-up to assist with unforeseen and unexpected situations to ensure a successful installation of the new roof systems.High Performance WaterproofingThe terrace roofs above hated spaces demanded a waterproofing system with BBA certification. The fully bonded and seamless Pro- System® Plus was selected for its high performance and low odour, in conjunction with Proteus Pro-Therm Insulation to improve the roofs thermal performance and reduce the existing condensation risk.The flat roofs that were not above heated spaces required Proteus Pro-System® Plus low odour, seamless waterproofing overlay. Proteus Waterproofing worked closely with the Client and the Proteus Approved Contractor, which also acted as the Main Contractor, to ensure the installation complied with the specification design.Health & SafetySafety on construction sites is always of the utmost importance, as well as keeping disruptions to other trades to a minimum. Proteus Pro-System® Plus was selected for its high performance, low odour, phased cold installation and seamless waterproofing.Long Term Performance​Proteus Pro-System® Plus creates an elastomeric, seamless, cold applied waterproofing membrane. The Proteus Pro-System® Plus system can include warm roof insulation. The membrane does not become brittle with age, is BBA Certified with a durability statement of at least 30 years.

Despite the challenges posed by completing construction and opening during the first lockdown, the new Skelton Lake Motorway Services project opened in March 2020 as planned, providing essential services to hauliers and key workers travelling during the start of the pandemic. The project incorporates an extensive green roof build-up to minimise the visual and physical impacts of the development on the surrounding country park and to enhance the biodiversity of the project.The wildflower green roof design provides multiple environmental benefits; including provision of a new habitat for local insect and bird life, helping to lower the site’s carbon emissions by absorbing heat emitted from the building into the cooler roof surface - reducing the air conditioning demand in the summer months. The green roof build-up also provides a level of insulation against heat loss in winter. 

Rising 143 metres in the London skyline, this 42-storey tower located in Stratford near to the former Olympic park, consists of 248 luxury residential lofts and a 145-bedroom hotel.Designed by high-rise specialist architects Skidmore, Owings and Merrill, over 17,000m2 of ipasol Light Grey 60/33 glazing was chosen for the facade thanks to its aesthetic of a light grey tint when viewed from outside but highly transparent and neutral when viewed from interior spaces.As the facade includes full height glazing, a combination of solar control and thermal insulation coated glass was needed to allow the facade to achieve its energy efficiency targets. Some glazing types also utilise acoustic laminated glass to maximise the sound reduction properties of double glazing units.

Arras Way is a development of 47 units of 17 houses and two blocks of flats built in a traditional style to create a modern and comfortable living experience. The landscaped communal gardens help maintain the feeling of community life this fantastic location offers. It is situated in the coastal town centre of Folkestone, under 20 minutes to Dover and 35 minutes to Calais via the Euro tunnel. Cellecta’s TETRiS was specified by Apex Architecture as it provides outstanding thermal and structural performance. It produces a floor with zero cold bridges and is quicker and easier to install than a concrete block floor. TETRiS is a foil-facing insulation block with excellent thermal performance and very low water absorption; these blocks make the ideal flooring system.Dwyer Engineering was awarded this 2,914m² contract to construct this development in Folkestone. 

Aris House is a brand-new four-story building accommodating 15 one and two bedroom apartments, a passenger lift to all floors, and allocated parking spaces. A specification of 163m² was authorised to this development located in a landmark position on the bustling Highcliffe High Street.Cellecta’s insuBEAM was specified by ARC Architecture Ltd due to its weight saving and quick installation benefits. The system low emissivity foil faced insulation blocks are manufactured to the highest possible specification helping achieve the required U-Value. insuBEAM systems are fully supplied in plot specific quantities reducing waste and transport to site. The system is 42% less CO2 compared to a traditional beam and block system without the transport emissions being included.CBS BUILD was awarded the contract to erect this new development.

Park of Poland is one of Europe’s premier holiday centres. Located in Wręcza, around 60 kilometres from Warsaw, the park offers a range of attractions, including an indoor water park, theme parks and other facilities such as hotels, bungalows, office spaces and apartment buildings. Park of Poland was completed at the end of 2019 and is expected to attract millions of visitors each year.Our coatings protect all 4,500 tons of structural steel at Park of Poland and include a high-quality passive fire protection system based on our intumescent coating Hempacore One FD to improve safety for visitors and staff. Applied to the structural steel, Hempacore One FD will expand if exposed to high heat, insulating the steel beneath. In a fire, this will extend the steel’s load-bearing capacity for up to three hours.

Installed by Kawneer’s approved specialist subcontractor FK Group, the £25.3 million project, designed by FCB Studios, was the first to use Kawneer’s newly enhanced AA®110 Curtain Wall system that features a bespoke expansion joint, which allows a building movement tolerance of +/- 15 mm. Creating a sense of scale and vibrancy, the white profiled terracotta ceramic façades contrast the earthy tones of the perimeter buildings in a modern interpretation of the grand Victorian warehouses nearby. The high-performance Curtain Wall was accompanied by AA®720 Side Hung Open-In Windows to deliver a high level of thermal performance throughout. Using passive principles, the high insulation building fabric coupled with solar control glazing, address the energy requirements for heating and cooling.

This mixed-use development is located on the former site of the Elizabeth Arden factory in North Acton, hence the fragrant name! In fact some elements of the Art Deco factory still remain.There are a number of new buildings on the site, however Renson were brought in by Ardmore to provide the ventilation louvres on the tower blocks, which were actually designed to mimic perfume bottles.Our 414 (50% Free Area) louvres were supplied with backing panels only, insulation to be installed on site. We can usually adapt and supply our louvres exactly how you want them, this is what the customer wanted, so that is what they got!Finally, our close relationships with glazing system suppliers means we can coordinate on projects such as this to ensure smooth installation and matching finish. 

Made up of eight buildings and one tower, Deptford Foundry houses 276 private homes in total. A selection of one, two and three-bedroom homes are on offer, all boasting balconies or terraces.Deptford Foundry also has 32,000 sq ft of studio spaces provided by Second Floor Studio & Arts spaces for over 450 artists, crafters, designers and makers, plus its residents have access to a beautiful, communal landscape garden.Set in a thriving local community, the rest of the city is also within easy reach via the nearby stations at New Cross and Deptford.Shield Membranes supplied all external waterproofing, insulation and finishing products. Including our own ShieldINTENSIVE living roof product to provide an aesthetically pleasing finish to external areas.

Luxury coastal apartments able to withstand the elements with Sika roofing system. Owing to its beautiful coastal location, The Liner, a nautical-inspired £35 m residential new-build in Falmouth, presented a compelling roofing challenge. Exeter-based roofing contractor, Progressive Systems, assisted by Sika, took on the task, installing a roof to withstand the harsh seaside conditions with an immaculate finish.Green roof composed of:Sika® Sarnafil® G410 18EL PVC Single Ply Waterproofing Membrane.Sarnavap® 5000E SA Vapour Control Layer.Sarnafil® Primer 610.Sarnatherm® ‘G’ insulation.Sikalastic® 625.Sarnafil® G445-13 PVC Protection Sheet.Sika® Green Roof System.

Chosen in a riven textured finish and in Iceberg, Bordeaux and Basalt colours to create symmetry in the building’s decorative facade, the high quality of each Carea cladding panel creates a stylish finish which met the architect’s vision. In addition special vent tiles were specified which were used above the windows and for kitchen extracts to create an invisible way of creating ventilation for the building.Each of the riven panels were installed by OCL Facades using innovative grooves at the top and bottom edges to create a seamless finish. As well as an efficient secret fix installation process, Carea cladding panels provide several performance benefits. Offering a high degree of insulation, they will play a pivotal role in the development’s thermal efficiency, thereby lowering its heating needs and aiding sustainability. 

The LNER Stadium is home to York Football Club and York Knights Rugby League team.The 8,500 capacity stadium was developed by main contractor, Buckingham Group in what was a £40 Million project and completed in 2020. The extensive stadium is now home to leisure and corporate meeting facilities as well as an NHS outpatient centre, library and a plethora of retail outlets in what is a massive boost to the local community. With the four year project now complete, the stadium should help bring elite sport to the York community and allow the football and rugby league teams to progress up the league tables and into the big time!Find out how ThermoFoam delivered spray foam insulation solutions to the thermal line of the brand new stand to create thermal performance for internally heated spaces.

Two jointly developed buildings in Harpenden have been highly commended in the 'Best Kalzip project under 1500m2' category at Teamkal 2015. Both buildings - the Lawes Innovation Hub and the Rothamsted Conference Centre Extension - are part of the Rothamsted Centre for Research and Enterprise.The two building projects involved installing a Kalzip insulated site-assembled standing seam roof system. They also installed secret fix fascias and soffits across both buildings.SFS supplied stainless steel fixings to suit the project. The solution included a range of fasteners: SX, ASC-D, TDC-S, and powder-coated SX-L12. The package also included the SXL3-SV16, with its flexible V shaped washer, allowing secure thick to thin fixing,

800 square meters of Black Webnet creating an innovative Webnet Green Wall ,providing shade and year-round temperature control for this contemporary office building.The innovative design features our Webnet stainless steel mesh system suspended from roof supports to create a strong, secure and long-life structure for plants to climb up. Planters at first floor level encircle the building to provide low level greening, as well as a base for the climbers.Bringing nature to this urban landscape, the green wall not only makes the office look spectacular, but also provides a habitat for wildlife and significantly improves the building’s carbon footprint. The shade and evaporative cooling of the plants also help to cool the building in summer and insulate it in winter, helping to improve thermal efficiency and save energy costs.

The world’s premier destination for design and decoration excellence. Home to 120 showrooms and over 600 of the world’s most prestigious luxury brands, it is the largest of its kind in Europe.Willmott Dixon is a privately-owned construction and interior fit-out specialist with the ambition to create a huge and lasting positive impact on society, the main contractor who hired us to meet their client’s project specifications. The product selected for the project was the Soundis Absorb-R GypLine αw (also commonly known as a Seamless Monolithic Acoustic Spray Plaster System) which is an extremely flexible seamless sound absorption system. It is a non-perforated, monolithic system consisting of a mineral fibre panel with a layer of micro-porous plaster. Excellent Sound Absorption was required at this project and therefore our task was to ensure class A sound absorption within the large atrium. The Absorb-R GypLine αw was used as a seamless high performing sound-absorbing system, a system with excellent eco-credentials. The GypLine αw insulation board also benefits the energy performance of any building by enhancing the insulation of the building envelope.We were challenged with working almost 20 meters above the floor which adds difficulties to any installation but nothing we haven’t overcome before in previous projects. Absorb-R GypLine αw was selected as the finish offers unrivalled levels of sound absorption but also ensures walls and ceilings are clear of panels and visible acoustic solutions, providing a virtually seamless monolithic surface for walls and ceilings in a choice of RAL colours. This seamless and complete solution can be adapted to a wide range of rooms, from home use, office space to conference halls, auditoria, theatres, recreational sports and educational areas. The Absorb-R GypLine αw acoustic system is environment-friendly, fully recyclable and has natural components that offer optimal sound absorption with extensive resistance to fire.

SMET Supported Partner, Brendan Doherty Screeding Services supplied Südanit 280 Alpha Hemihydrate Screed and SMET LiteFlo® Lightweight Flowing Screed for the floor solution in this self-build in picturesque West Donegal.The ground floor was prepared with 280 Alpha Hemihydrate Screed at 50mm with UFH, maximising the clients’ insulation. The first floor was completed at 50 mm SMET LiteFlo® Lightweight Flowing Screed poured on UFH on timber joists.The 280 Alpha Hemihydrate Screed self-levelling liquid screed is remarkably quick to walk-on – applied at 500m² per day and walkable within 6 hours thus ensuring the follow-on trades were not delayed. it’s particularly suitable for use with UFH, fully encapsulating pipes and services, providing excellent heat transfer – and with thinner floors and more insulation – this increases the performance of underfloor heating.SMET LiteFlo® Lightweight Flowing Screed used on the first floor of the timber frame house is ideal where loading is an issue. SMET LiteFlo® Lightweight Flowing Screed is a high-quality, innovative, pumpable factory-produced, CE marked, self-levelling screed based on calcium sulphate.German-made LiteFlo® is unique, in that it’s the first pumpable lightweight flowing screed. Made from specially selected aggregates, makes it 30% lighter than conventional flowing screeds and therefore 70% lighter than traditional sand & cement – ultimately this means less is required per m2. LiteFlo® complies with EN 13813: 2002, is CE-marked, and is available in 27Kg bags or bulk silos.TDS SMET LiteFlo® Lightweight Flowing ScreedAftercare SMET LiteFlo® Lightweight Flowing ScreedSMET Floor Screeds and Compounds Product SelectorHave a look at the Northern Builder MagazineTop 5 Liquid Screeds Article.  Read about SMET LiteFlo® in the Irish Construction News.SMET delivers another innovative, showcase flooring solution to their Smet Supported Partners.

Project:Kingfisher Court Client: Hertfordshire Partnership University NHS Contractor: Osbourne Architect: P+HS Architects Value: £42m Location: Hertfordshire GIFA: 23,450 m²WORLD CLASS, STATE OF THE ART FACILITIES The aim was to create world-class facilities providing the best mental health and learning disability services in a pleasant, airy, and comfortable setting. The 86-bedroom Acute Mental Health Unit was designed to blend into the landscape and create an effective healing environment. The construction method balanced building a 23,000m² structure with minimal disruption to on-site residents. Key design considerations included waste elimination, low energy use, carbon reduction, solar gain, and environmental protection. BREEAM EXCELLENCE The SIP Full Structure System enabled a fabric-first approach, meeting energy efficiency and sustainability requirements. Innovaré’s design and engineering expertise addressed technical challenges, ensuring simplicity in fit-out and services provision. Custom designed 6-meter panels were manufactured offsite and delivered just in time, reducing site work, noise, and dust. The BREEAM excellent rated building is naturally ventilated, energy-efficient, and clad in carbon-neutral timber. The SIP System integrated structure and insulation, reducing energy costs and allowing for better integration of M&E services, crucial in a healthcare environment.PROJECT OF THE YEAR AT THE DESIGN IN MENTAL HEALTH AWARDS 2015 The Kingfisher Court, Europe’s largest structure made entirely of Structural Insulated Panels, was built in less than 23 weeks. The structure used large i-SIP panels, ensuring zero waste and minimal disruption through offsite manufacturing. The project was a finalist for Health Care Project of the Year in the Structural Timber Awards 2015 and won Project of the Year at the Design in Mental Health Awards 2015, recognized for its visual appeal, sustainability, teamwork, and problem-solving. It was also a finalist for the “Service-User Experience” award

The Darwin Centre cocoon creates a new architectural icon for the capital, ground-breaking in scale and breath-taking in its originality and creative brilliance.The design features a vast free-standing structure taking the form of an enormous cocoon within a glass atrium. The eight storey high cocoon houses a unique collection of 17 million insects and 3 million plants collected over the last 300 years by scientists including Charles Darwin, Alfred Russel Wallace and Sir Hans Sloane. The building completes the Museum’s life science complex, the Darwin Centre, following the first phase opened in 2002.Design TeamThe response of the architectural design team at C.F. Møller, lead by partner Anna Maria Indrio, was to create an engaging image reminiscent of an essentially organic form. The surface and texture also needed to reflect this, so the subtle sheen of the ivory coloured Armourcoat plaster was chosen. With an intersecting network of ‘silk threads’ that criss-cross the cocoon, the surface allows for movement and provides a visual framework for openings and niches. Armourcoat was specified to devise a unique creative solution combining both the insulation and the final decorative layers. The cocoon performs a genuinely protective job providing thermal mass to inhibit any fluctuations to the internal temperature – essential for the museum’s treasured specimens. The structure also houses state-of-the-art laboratories for 250 international scientists and an interactive visitor exhibition.ConstructionA sixty-five metre long skeletal structure was built by sprayed concrete specialist Shotcrete – the first above ground sprayed concrete structural element in the world. Expanded metal mesh was fitted to the steel re-bar framework and a 250mm thick layer of concrete was spray applied to create a 3,500 m2 raw concrete surface. Armourcoat then applied a resin modified render to the structure to minimize localized variations to the surface, before the polystyrene insulation layer was fixed. Using Dryvit Genesis adhesive and over 16,000 Hilti insulation fasteners, a 50mm polystyrene layer was fitted to the entire surface of the cocoon then covered with a layer of reinforcing mesh bedded into Dryvit Genesis basecoat. To create the silk threads wrapping the structure, a special cutting machine was devised which could cut an accurate slot and create the individual 340 panels which make up the cocoon surface. A total of 5.6km of edge bead was then fitted before Armourcoat’s unique AntiCrack substrate preparation system was applied. AntiCrack is a polymer and fibre modified gypsum skim-coat plaster which creates a first class substrate, keeping the Armourcoat plaster layer in peak condition. Two layers of Armourcoat keycoat were applied prior to the application of the final finish. The finished effect of a giant silk cocoon was achieved using ivory coloured Armourcoat Armuralia polished plaster - an exquisite, smooth finish with subtle tonal variations.The cocoon is a milestone achievement, a unique design and technical solution befitting the historic and social reference of the Natural History Museum. This also is a stunning example of the type of commercial projects now undertaken by Armourcoat, celebrating twenty-five years of creative excellence in 2009.Client: Natural History MuseumArchitect: C. F. MøllerMain Contractor: HBG Construction

Fulham is the oldest of the ten London Premier League football clubs. Founded in 1879 by the Reverend John Henry to offer the young workers of the neighborhood an alternative to less healthy temptations, since 1896 it has had its home in the mythical Craven Cottage.The site and the club have evolved dramatically since. Located on the banks of the River Thames, very close to the refined London neighborhoods of Chelsea, Kensington and Chiswick, the stadium is one of the main tourist attractions of the London capital due to its significance in the history of football, and its extraordinary location on the banks of the Thames.The south-western part of the British capital is now undergoing an ambitious redevelopment plan that includes the demolition and new construction of the legendary Riverside Stand, adjacent to England's most important river. The scheme is being led by the club itself, appointing Buckingham Group as main contractor and Populus as its lead architect. As part of the wider scheme, an URSA specification has been made to ensure all thermal and acoustic targets are met. The project will see the redevelopment and expansion of the current Riverside Stand to increase its capacity from 4,689 to 8,650 whilst increasing the overall capacity of Craven Cottage to 29,600 seats. Creation of a new public riverside walk as well as new restaurants, cafés, bars, corporate hospitality and event space forms an important part of the scheme. Below ground, a new basement will provide ‘back of house’ facilities, club and lounge area whilst nine serviced apartments will be made available on site.Partnering with distributor, Encon and liaising directly with the installation team at Grant Plastering, the project used URSA TERRA glass wool slabs to insulate the ceilings and soffits. Normally used behind rainscreen cladding systems, URSA WALLTEC 32B was chosen because of its class leading thermal conductivity of 0.032 W/mK, acoustic performance and ease of installation.In addition to the low thermal conductivity, the slabs have exceptional acoustic absorption and are non-combustible (Euroclass A1), so they do not contribute to the propagation of fire, an advantage that is fundamental in an installation of this type, designed to house thousands of people.Another noteworthy aspect is the sustainability that they bring to the buildings in which they are installed, and which are recognized by the most prestigious European certifications. URSA's range of glass wool insulation products are completely recyclable and use less energy in their manufacture, transport and installation. Ian Claydon, URSA UK Technical Manager, commented; “This is an incredibly important development for the capital that sees a huge amount of investment in one of the UK’s oldest football clubs. The site location and wider ambitions of the project make this an incredibly exciting development to be part of.“We have worked closely with the project managers technical team and installers to ensure they made the very best specification. Opting for one of our core products, we have managed to fulfil all of their wider needs in terms of the insulation specification.”The works will include an increase in capacity and new amenities, but also seek to enhance the space for residents, fans and tourists, with a public promenade running along the banks of the Thames, commercial spaces and new meeting rooms underneath the grandstand.  

Urban development within St. Helier, the capital of Jersey is gathering momentum with URSA seeing its specialist insulation products specified at one of the capital’s newest and most ambitious developments. The largest of the Channel Islands, St. Helier is a lively harbour town and has become one of the UK's most popular tourist attractions, creating a high demand for ongoing residential and commercial development. Both its commercial port and marina, as well as the centre and the main neighborhoods, are undergoing an in-depth study for the renovation of its building stock and the transformation of the urban landscape it offers. The ultimate objective is a profound urban regeneration carried out through the creation of a commercial heart open to the sea, in the city centre, and modern, sustainable and healthy residential developments on the outskirts to ensure the demands of future growth. It also aims to reduce traffic and create a walkable city for pedestrians and cyclists with green spaces and open spaces. In the north of the city is Ann Court, a large development located next to a large municipal park built on the site of a former car park that has been demolished. Being developed by Andium Homes, construction is nearing completion on the development of 165 new homes of different sizes and orientations (with internal and external courtyards), but with a common standard: the energy efficiency and sustainability of the whole complex. To support the sustainable objectives, architects have specified a ventilated façade that guarantees thermal and acoustic comfort, whilst preventing moisture penetration and condensation. A correctly designed ventilated façade system also guarantees a fire safe structure, prolongs the life of the building and enhances its energy efficiency. As part of the specification, 2,400 square meters of 220mm URSA Walltec Black 32 were specified. The choice of material was the direct decision of the architect Stephen Marshall of Axis Mason Architects, who decided on the glass wool slabs after learning about their performance and the knowledge provided by URSA's technical office. URSA Walltec Black 32 is a semi-rigid glass wool slab treated with a water repellent additive. The slabs have a black glass fibre tissue to one side only that helps to hide the insulation in ventilated façades with open joints. It is a non-combustible product that does not contribute to the spread of fire, is water repellent and has high performance to ensure the thermal and acoustic comfort of the entire residential complex. Once the insulating material has been fixed, the façade is completed with the installation of the cladding to create cavity that ensures the properties of the system. This imposing façade enveloping the courtyards of Ann Court facilitates a new building in the north of St. Helier where social interaction, tranquility, quality, comfort and healthiness are guaranteed.  Ian Claydon, URSA UK Technical Manager, said: “We first became involved in this scheme in June 2020. We were approached by the architect for recommendations on correct choice of product and the thermal assessment for the external walls.  “During the early stages of the project, we were in regular contact providing advice on the target U-value in the wall(a commendably low 0.18 W/m2K), as well as the impact on Jersey SAP energy assessment and the technicalities of rainscreen cladding. The team were particularly impressed with the speed of response and our wider technical knowledge, helping to support the perfect specification.” 

Project: 1 Aylesbury Street, Clerkenwell, London, EC1R 0DRClient: MeritcapeArchitect: Atum Design LabM&E consultant: EngDesignProtecting Cities Against Fire with Advanced GlazingDaylight-flooded spaces command a premium from tenants, but in the densest urban areas – where buildings are very tightly packed – it can be difficult to achieve. Not least because of the need to protect against the spread of fire.This was the challenge for developer Meritcape when they set out to refurbish 1 Aylesbury Street – a converted historic warehouse building in Clerkenwell, East London.The designers wanted to fill every floor of the building with natural light, from both the front and the back of the building by using floor-to-ceiling glazing on every floor. However, the rear of the property was just three metres away from a neighbouring building.To prevent fire spreading from one building to the next, building regulations specify the fire resistance that external walls need to be able to provide. This is given as minimum requirements for integrity – how long they can contain smoke and flames – and insulation, or how long they can prevent the escape of heat. Steve Bond, technical and customer support manager, fire, at Pilkington United Kingdom Limited, said: “When you have two buildings this close together, standard glazing is not an option, as it doesn’t put up enough of a barrier to fire spreading outwards from the building.“That’s where fire-resistant glazing can make a big difference. By providing protection against fire while also letting light flow in, we can create light-filled spaces in very built-up parts of the city where not long ago it wouldn’t have been possible.“As well as sealing in flames and smoke for at least an hour, the glass also provides radiation shielding that reduces the amount of heat energy that can pass outwards through the glass – another key means of spreading fire.” The rear façade of the building is glazed in Pilkington Pyroclear® Plus insulating double-glazed units, delivering not only the right level of fire resistance, but have also been designed to give excellent thermal insulation (U-value) properties to reduce heat-loss from the building.Davood Kiani, Senior Project Consultant at Meritcape said: “Those looking for modern commercial space expect floorplans to be well lit with natural light, and this is one of the main design challenges when working with buildings in the most densely urban areas of the city.“Fire regulations are one of the big reasons for this, so Pilkington fire-resistant glazing means we can achieve the best of both worlds - a building that meets or exceeds all of the safety regulations while also feeling spacious and airy.”A total of 800 m2 of Pilkington glass was used in the project, including in the front façade of the building, in which hundreds custom-sized small double-glazed solar-control units were used to imitate the crittall steel-framed windows that are a signature feature of buildings in the area.Images by S G Photography

When CMS Danskin Acoustics Limited was engaged by Progressive Group to ensure the Shangri-La Hotel’s 42 floors in the Shard were effectively soundproofed, it wasn’t a straightforward assignment. From the very first sketches drawn on a napkin by Piano during dinner with entrepreneur and property developer Irvine Sellar, the Shard was always intended to be ‘all about the windows’, with expressive façades of angled glass reflecting sunlight and the sky, and affording 360° views of the city.Unfortunately, when the glazing is central to the design, floors can get in the way of the overall effect, and the temptation is to minimise floor heights (within Building Regulation parameters, of course). This presents a significant challenge to acoustic insulation installers. In short, the thinner the floor, the harder the soundproofing material has to work acoustically and the more physical punishment it has to endure.For approximately 70% of the floors, Progressive applied a Gyvlon liquid screed at a 40mm minimum thickness. The screed was pumped from ground level, with the largest pour in excess of 80m3 covering an area of 1,680m2. In approximately 30% of the floor areas, however, the floor screeding level could not be raised because of the existing floor-level transom in the curtain walling. This meant that there were instances of screed thicknesses of approximately 25mm in places.CMS Danskin’s Regupol E48 (REGUPOL sonus curve 8) was specified, a Robust Detail approved (E-FC-6) high-performance screed isolation material. E48 (REGUPOL sonus curve 8) was perfect for those ‘thin screed’ areas, with its maximum load bearing capacity of 3000kg/m3 (30kN/m2), combined with a mean average impact sound insulation performance of 46dB and a mean average airborne sound insulation performance of 49dB, both values well in excess of the requirements of Part E of the Building Regulations.Building Regulations aside, E48’s (REGUPOL sonus curve 8) ‘over-performance’ is crucial for a hotel as exclusive as the Shangri-La. The award-winning, globe-spanning hotel group prides itself on providing a customer-focused experience, with the emphasis very much on luxury. Intrusive noise from above or below a guest’s accommodation would almost certainly undermine those efforts. Plus, with this being a flagship project for the Shangri-La – their first hotel in Europe – ‘fit for purpose’ simply wasn’t an option.As a Robust Detail underscreed, E48 (REGUPOL sonus curve 8) has already been rigorously pre-tested to ensure it achieves a minimum performance of 5dB over and above Part E, thus eliminating the need for Pre-Completion Testing. However, CMS Danskin and Progressive, having worked together successfully on the exclusive One Hyde Park development, preferred to adopt a partnership approach, with the emphasis on planning and testing, giving absolute certainty to all parties and making full use of all the skills, expertise and experience at their disposal. To this end, Paul Absolon, CMS Danskin’s Technical Director, worked closely with Progressive’s technicians, carrying out off-site simulations and fitting trials with varying screed thicknesses. Only once both parties were satisfied with every aspect of E48’s (REGUPOL sonus curve 8) acoustic performance in a ‘real world’ situation did the installation proceed.More than 16,000m2 of E48 (REGUPOL sonus curve 8) were installed over approximately 3 months, with Progressive and CMS Danskin maintaining their close working relationship throughout.Tony Cooney, Estimating Manager at Progressive Group, said, “The completion of the screed and insulation work on the Shangri La Hotel development was a fantastic achievement and it presented a number of very challenging situations – both technical and logistical. Solutions to these challenging situations are achieved by the co-operation of all parties involved – including material suppliers. The technical assistance provided by CMS Danskin on this Shangri-La project and other prestigious contracts in the London region in recent years has been exceptional and we look forward to continuing our excellent relationship.”Said Paul Absolon, “It was a privilege working on a project as ground-breaking and culturally significant as The Shard, and it was a pleasure working with the professionals at Progressive Group again. At CMS Danskin, we like to be put to the test. The Shard certainly was a challenge and we’re proud to have met that challenge and delivered.”

From the beginning, architects DLR Group designed Metea Valley High School in Aurora, Illinois, to light up education, both literally and figuratively. The sprawling campus with room for 3,000 students is broken down into a handful of more intimate, human-scale learning spaces, called “think tanks”, where interaction with faculty is encouraged. Two interior courtyards, open to the sky, offer fresh air during free periods. Shaped a bit like a bow tie, Metea combines three concepts – mind, in the midsection, and body and soul on either end – to offer students a truly 21st century school experience.Lighting up Metea in the literal sense comes largely from the extensive use of Kalwall translucent curtain wall throughout the school. Upon coming through the school’s main entrance, visitors are struck by the cheerful, airy, daylighted lobby. Controlled daylight also pours into the school’s innermost areas, traditionally a structure’s darkest, from the courtyards. Kalwall introduces daylight into the vast commons area that serves as the students’ lunchroom. In the gymnasium, Kalwall’s shadowless, glare-free light enhances ball handling in team events; sunlight does not glance off the shiny court surface. The diffuse-light-transmitting panels also prevent glare off computer screens, easing eyestrain. And in a dramatic demonstration of Kalwall’s superb flexibility, the design includes occasional, narrow, horizontal runs of clear glass – some serving as clerestories – adding visual interest as well as clear views to the outside.At 464,000 square feet, Metea could have been an energy-consumption nightmare, adding significantly to its $125 million total project cost. But innovations such as demand control ventilation, energy recovery wheels, and high efficiency boilers will save Indian Prairie School District 204, the state’s fifth largest, thousands of utility dollars every year and pay for themselves in just a few years. In fact, the building’s design is targeted to be 19 percent more efficient than ASHRAE 90.1 requires. Because translucent Kalwall admits so much controlled daylight, the school’s exterior light harvesting system, which monitors indoor light levels, can actually turn off electric lights in public spaces automatically when they are not needed. The harvesting system alone is expected to save the district over £16,000 a year in operational costs with a payback of under seven years.Illinois can get very cold in the winter and quite toasty in the summer. Highly insulating Kalwall helps there, too, keeping temperature extremes outside and lessening the need for and cost of heating and cooling. During the manufacturing process, standard 2-3/4” and optional 4” Kalwall sandwich panels can be infilled with various densities of specialized, translucent insulation. Architects and designers can achieve a thermal insulation value of up to R-20 (0.05 Btu/hr/ft²/F).At Metea Valley High School, DLR Group chose to include Verti-kal™, a unique design variation on the standard shoji or square grid layouts of Kalwall Translucent Systems. The panels incorporate internal, continuous supports to provide a vertical emphasis. As with all Kalwall translucent systems, Verti-kal distributes diffused daylight throughout the school, even on cloudy days, drastically reducing the amount of artificial lighting required and eliminating shadows and glare as well as stark contrasts of light and shade. Verti-Kal can be supplied in panels up to 5 ft. (1.5 m) wide and up to 12 ft. (3.6 m) high, minimizing the number of joints. The unique format creates an entirely different look while still utilizing the most highly insulating, diffuse-light-transmitting, structural composite technology.Any school system must concern itself with maintenance costs, and Kalwall excels there as well. The panels are vandal-resistant and self cleaning; dirt simply washes off with each rainfall. After dark, the diffuse, translucent properties of Kalwall contain interior lighting and prevent direct-beam light pollution. Instead, the exterior surface of the building simply glows beautifully, boosting Metea Valley High School’s aesthetics and welcoming both students and the surrounding community to a true masterpiece of daylighting.Photography: James Steinkamp

Clickfix sculpts the light in royal art & design studioBrett Martin supplied the polycarbonate panels used to glaze the striking northlights in the roof exhibition space in the new Battersea campus of the Royal College of Art, London which the college described as ‘the most significant campus development in their history’The architects brief was to bring together art, design, science and technology in one place and the building has been certified as BREEAM excellent.Marlon Clickfix pans across 2 vertical sections in the top floor of the 4-storey Studio Building dedicated to traditional art and design disciplines.The product was selected due to its ease of installation, thermal insulation and high levels of natural light which allows for large, glazed areas. The bright space and the sheer size of the glazing in this building illustrates the benefits of the product wonderfully and as stated by the guardian “The space beneath the big triangular skylights is glorious”. 

Croft Gardens is a four building student accommodation at King’s College in Cambridge, achieving full Passivhaus Classic standards. With 12 rooms across three floors of three crescents and a villa, along with the Victorian Holmcroft building which provides a library, laundry room and common room area, Croft Gardens provides 84 homes for graduate students. Including graduate rooms, communal facilities, landscaping and external works, Croft Gardens will be carbon negative for the first 7-10 years of operation.Cellecta’s HEXATHERM XFLOOR 500 was specified by Feilden Clegg Bradley due to its high resistance to compression and closed cell structure that provides unrivalled resistance to water absorption, making them ideal for residential applications. These insulation boards are used under a concrete slab to comply with part L Building regulations.Gilbert-Ash was awarded this 650m² contract for this development at Barton Road.

The Handball Arena in the Olympic Park in the centre of London is an iconic landmark - designed and built to host the handball events at the London Olympics in 2012, it is now a completely flexible arena which hosts a range of different sports and training events.Main contactor Buckingham Group enlisted IRC Carocelle to carry out the roof works, and IRC Carocelle turned to Fixfast to supply the complete fixing package for this - our tube washer and fastener combinations enabled the use of panels which achieved the specified insulation levels.Fixfast also had the needed solution for the external façade - thousands of shingle cleats were used to hang the 3000sqm of specially manufactured copper panels."Fixfast maintained a high level of quality throughout the build, minimising site wastage and ensuring continuity of work for the site team"Steve Holder - Owner of IRC Carocelle

The ChallengeA new development of 15 individually designed four and five-bedroomed homes set in over four acres of mature woodlands in Nottingham.Each home in this secluded development was to be built over three storeys and designed and styled with the latest contemporary finishes, both inside and out. With a gated entrance, the private development is set down into its own valley, but still has breath-taking views of the city.The SolutionForterra’s Mandarin Mixture and Yorkshire Red Blend Butterley Bricks were chosen to meet the development’s high specification requirements. The properties were economically designed with underfloor heating, air source heat pumps, and a high level of insulation to keep running costs down.The BenefitsIncluding the latest interior finishes, each home also offers something different, from cinema rooms to beautifully landscaped terraces.

Ancon STC Steel-to-Concrete Insulated Balcony Connectors have been chosen to securely connect over 1000 bolt-on steel balconies at London’s ground-breaking Embassy Gardens Phase 2 development.Sitting alongside the new American Embassy on London’s South Bank, Embassy Gardens is the centrepiece of one of the Capital’s biggest ever regeneration projects. Phase 2 of the project is delivering a total of almost 900 luxury apartments across three stunning 21-storey glazed towers, traditionally brick-faced to reflect the area’s industrial heritage.Characterised by large modern balconies with views over the surrounding linear gardens and river beyond, the towers are linked together by a raised podium garden and feature a world-first transparent outdoor pool, 35 metres up, allowing residents to swim between the tenth floors of two towers.

Valette Square is a community of 33 mixed 2, 3 and 4 bedrooms townhouses with private gardens and terraces, built in Salford’s historic centre. Developed by @buttressarchitects , it was designed to introduce new homes to the area, create easy links to nearby areas and for community spaces to exist where possible.The area is named after Pierre Adolphe Valette – a French impressionist who taught the local painter L.S Lowry, and taught at the Manchester Municipal School of Art. The local existing Georgian aesthetics were echoed in the development with Floren’s Brunello bricks being selected for their tones and subtlety, leaning towards nearby red brick buildings.Amongst numerous sustainable efforts, the townhouses’ façade and positioning make the most of natural daylight to reduce the amount of artificial lighting needed, improved insulation and smart heating systems.Valette Square was shortlisted for the Housing Design Award in 2020

As described by Eastleigh Borough Council, the £25 million facility underpins the council’s commitment to promoting a healthy borough. It incorporates a high quality design in keeping with the parkland environment and has high environmental standards. The new building will boast many facilities that are larger than at present, including an eight-lane, 25-metre swimming pool, a larger, versatile learner pool, 15-badminton court sports hall, a versatile, multi-station gym and a group spinning studio. This case study will look at the challenges and solutions of this vast project that involved insulating and waterproofing over 8,500m2 of flat roof areas.Following decades of experience using Polyroof’s liquid systems to protect buildings throughout the district, including waterproofing the original Fleming Park Leisure Centre back in the early 1990’s, Eastleigh Council specified the Protec system for the project.

SubFloor flooring was used to help renovate and raise a 250 m² floor into an office with a large void in Stockholm, Sweden.This simple and elegant solution raised and levelled the floor to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.Products:Wooden Joist 45x45x3600 mmSubFloor Screw 300 mmSubFloor Screw FootHeight Variation: 65 - 314 mmJoist separation: c/c 300 mmSystem Weight - c/c 300 mm: 3.99 kg/m²Materials:Pine T0-C24Fibre-reinforced polypropylenePolyamidePoint Load Limit (50 x 50 mm):Load next to screw over joist edge - 9.72 kNLoad between screws over joist edge - 15.85 kN